Isingeniso
Ekushiseleni amamojula webhethri yemoto yamandla amasha, ukwakheka kwe-modular yecapacitor discharge spot welderkunciphisa isikhathi sokushintshwa kwemishini ngama-80%; ezimweni zokunemba zokushisela idivayisi yezokwelapha, i-millisecond yayo{1}}izinga lokulawula amandla linciphisa ukushisa{2}}indawo ethintekile ibe ngu-0.1mm. Uma kuqhathaniswa nabashiseli be-AC bendabuko, icapacitor discharge spot welderkwandisa ukusebenza kahle kokushisela ngo-300% futhi kunciphisa ukusetshenziswa kwamandla ngo-40% ngenxa yomklamo wayo oyingqayizivele wesakhiwo. Lesi sihloko sidingida izakhiwo ezintathu ezibalulekile-Uhlelo Lokugcina Amandla, I-Pressure Transmission Mechanism, futhiIntelligent Control Module-ukuhlaziya ngokujulile inani lohlelo lokusebenza olukhethekile lwe-capacitor discharge spot welderezimweni zezimboni.
I. Izinzuzo Zesakhiwo Sesitoreji Samandla Nohlelo Lokukhipha
1. I-Capacitor Matrix Design
- Amayunithi Wokugcina Amandla e-Modular:
Isebenzisa amabhange e-parallel capacitor (umthamo weqembu ngalinye 2000-5000μF).
Isekela ukukhishwa kwamandla alinganiselwe (ukunemba ±0.5%).
Ifomula: Isamba samandla E=0.5 × C × V² (C: inani lamandla, V: i-voltage yokushaja).
- Ukuqhathanisa Kwezobuchwepheshe:
| Ipharamitha|Traditional AC Welder |I-Capacitor Discharge Spot Welder |
|--------------------|------------------------|----------------------------------|
| Ukushintshashintsha kwamandla|±15%|±1% |
| Isivinini sokuphendula|20ms|0.5ms |
| Ukuphakama Kwamanje|30kA|100kA |
2. I-Milisecond-Ileveli Yokulawula Ukukhipha
- I-IGBT Shintsha I-Array:
Ishintsha imvamisa ifike ku-100kHz.
Ifinyelela i-9-ingxenye ye-pulse ehlelekayo (isb, i-pre-pressure pulse → main pulse 1 → main pulse 2 → tempering pulse).
- Icala Lemboni: Ngemva kokwamukela lesi sakhiwo, i-CATL inyuse isivinini sokushisela ithebhu yaba amaphuzu angu-120/ngomzuzu futhi yehlisa izinga le-spatter laya ku-0.3%.
II. Ukuthuthuka Kwezobuchwepheshe ku-Pressure Transmission Mechanism
1. I-Dual Closed{0}}I-Loop Servo System
- Ukubunjwa Kwesakhiwo:
Uhlaka-lokuqina okuphezulu-okuphezulu (i-coefficient yokuqina Ikhulu noma ilingana no-5000N/μm).
I-Linear motor drive (ukunemba kokuma ±1μm).
- Ijika Elinamandla Lempendulo:
Isikhathi sokwakha{0}ingcindezi<5ms.
Ukushintshashintsha kwengcindezi<±2N (traditional equipment ±50N).
2. Isinxephezelo Esiguquguqukayo se-3D
| Isinxephezelo Dimension | Ukuqaliswa Kwezobuchwepheshe | Inkomba Yomphumela |
|---|---|---|
| Ukujiya Ukubekezelelana | Ububanzi be-laser (ukunemba okungu-0.5μm) | Inani lesinxephezelo ±0.2mm |
| I-Plate Warping | Inzwa ye-axis force eyisithupha- | Isinxephezelo se-engeli yokutshekisa ±3 degree |
| Ukuguquguquka Okushisayo | Impendulo yezinga lokushisa le-infrared | Isinxephezelo sokufuduka 0.02mm/100 degree |
3. Ukuqinisekiswa Kwesicelo Sebanga-Sezempi:
I-Aerospace aluminium alloy cabin welding:
Ukunemba kokulawula ukucindezela ±3N.
Iphutha lokushisela<0.05mm/m.
III. Ukuqamba Okudidiyelwe Kwemojula Yokulawula Okuhlakaniphile
1. I-Multi-I-Source Data Fusion Architecture
- Isistimu Yokuthola Isiginali:
| Uhlobo Lwepharamitha|Imvamisa Yesampula|Isibalo Sesiteshi |
|--------------------|--------------------|---------------|
| Ukumelana Okunamandla|100kHz|16 |
| I-Electrode Displacement|1 kHz|8 |
| Ukusabalalisa Inkambu Yezinga lokushisa|50Hz|4 |
- Amamodeli we-Core Algorithm:
Imodeli yokuqagela ikhwalithi yokushisela (ukunemba Kukhulu noma kulingana no-95%).
I-Electrode wear compensation algorithm (ukunemba kwesinxephezelo ±0.5%).
2. I-IoT Edge Computing
- {{0}Ukucubungula Ukusakaza Kwedatha Yesikhathi Sangempela:
Ikhiqiza 200+ idatha yesici sobukhulu ngephoyinti le-weld ngalinye.
Ukubambezeleka kwezibalo zendawo<1ms.
- Isistimu Yokugcina Isilawuli kude:
Ukuqapha-kwesikhathi sangempela se-OEE (ukunemba ±0.1%).
Ukuzihlolela-amakhodi ephutha (kufaka ama-98% ezinhlobo ezididayo).
3. Icala lesicelo semboni:
I-Huawei 5G base station welding workshop:
100% izinga lokuxhunywa kwemishini.
Umjikelezo wokuthuthukisa ipharamitha yenqubo ufinyeziwe ukusuka emavikini angu-2 ukuya emahoreni angu-4.
IV. Amaphuzu Avelele Edizayini Yesakhiwo Sesistimu Yokupholisa
1. {{0}Isistimu Yokupholisa Uketshezi Oluningi Lwesiteshi
- Amapharamitha Esakhiwo:
Izinga lokugeleza kokupholisa 5-10L/min (ukulungiswa okulungisekayo).
Ukunemba kokulawula izinga lokushisa kwe-Electrode ±1 degree.
- Umphumela Wokuphatha Okushisayo:
| Isimo sokusebenza|Ukupholisa Umoya Kwendabuko |I-Capacitor Discharge Spot WelderUkupholisa Uketshezi |
|---------------------------|-------------------------|------------------------------------------------|
| Ukushisela Okuqhubekayo Ihora elingu-1|Electrode temp rise 60 degree|Electrode temp rise 8℃|
| Isikhathi Sokubuyisela Ukupholisa|Imizuzu engu-15|2 amaminithi |
2. Self-Ukuzihlanza Electrode Structure
Umklamo we-electrode ojikelezayo (isivinini esingu-0-30rpm esilungisekayo).
Ubulukhuni bobuso bugcinwe ku-Ra0.4μm (inweba impilo ye-electrode 3x).
V. Amandla Wokunweba Modular
1. Uhlelo Lokushintsha Okusheshayo
Idizayini yesibonisi esijwayelekile (isikhathi sokushintsha<3 minutes).
Amamojula wamandla ayaxhuma-futhi{1}}adlale (isekela ukunwetshwa kwamandla angu-50-200kJ).
2. -Isakhiwo Esivumelana Nezinqubo Eziningi
| Uhlobo Lwenqubo | I-Adaptation Module | Isikhathi Sokushintsha |
|---|---|---|
| Spot Welding | Isethi ye-electrode ejwayelekile | Ngokushesha |
| I-Seam Welding | I-roller electrode module | 2 amaminithi |
| I-Projection Welding | Indawo yokubeka ezinikezele | 5 amaminithi |
3. Isicelo Semboni Yezimoto:
Ulayini wokukhiqiza Ibhethri le-BYD Blade:
Isekela ukushintsha okusheshayo kwamamodeli amabhethri angu-6.
Yehlisa isikhathi sokulahleka koshintsho ngo-85%.
Isiphetho
Ngokusebenzisa imiklamo emisha yesakhiwo efana ne-capacitor matrix, indlela yokucindezela kwe-servo, kanye nemojula yokulawula ehlakaniphile,capacitor discharge spot welderifinyelela ekushiseleni okuzinzile kwamamojula webhethri ayi-12,000 ngosuku e-Tesla's Shanghai Gigafactory, ehlisa izinga lokungasebenzi kahle komkhiqizo libe ngu-0.02%. Isakhiwo sayo se-modular sifinyeza isikhathi sokukhokhwa kwemishini yokutshalwa kwezimali sibe yizinyanga eziyi-8 futhi sikhulise ukusebenza kahle kokukhiqiza ngo-300% uma kuqhathaniswa nezisetshenziswa zendabuko. Ngokuhlanganiswa okujulile kwamawele edijithali nobuchwepheshe bokulawula obuguquguqukayo, isizukulwane esilandelayo-capacitor discharge spot welderizofinyelela ukuziphendukela kwemvelo okuzimele kwesakhiwo nenqubo, ingenise inkathi entsha yokukhiqiza ngobuhlakani.
